Information & Topics
Information
RESEARCH List
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RESEARCHDevelopment of desktop air-curtain equipment realizing SARS-CoV-2 inactivation rate of 99.91%
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RESEARCH世界最高エネルギーの衝突型加速器 LHC にてニュートリノ反応候補を初めて観測 ~ ニュートリノ実験の新しい視点 ~
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RESEARCHカーボンナノチューブ1本で視えないアンテナを開発! ~超小型センサーなどIoT分野への応用に期待~
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RESEARCH脱炭素社会に向けて新技術! ~AI利用で高品質な6インチのSiC結晶成長の開発を圧倒的な開発スピードで実現~
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RESEARCHWorld First! Successful Space Flight Demonstration of Detonation Engines for Deep Space Exploration
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RESEARCHScientists observe a new type of topological defect topological defects in chiral magnets for the first time
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RESEARCH物質移動を支配する欠陥の原子レベル構造を決定 ~微量異種イオンと隣り合う酸素の抜け孔が見えた!~
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RESEARCHInorganic crystals that exhibit lattice dynamics similar to plastic crystals
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RESEARCH2D Electronics Could Be One Drop Away
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RESEARCHGaNに格子整合する新たな窒化物半導体の合成に成功 ~高電子移動度トランジスタの可能性を広げるAlPN/GaN構造を実現~
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RESEARCH振動発電素子の微視的な仕組みを解明 ~自ら発電するデバイスが身近に~
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RESEARCHProfessor Hiroshi Amano and his collaborative research group have designed a device fabrication process for a normally-off type GaN high electron mobility transistor (HEMT), and demonstrated good performance as a rectifier for microwaves with a new diode type device concept called gated-anode diode (GAD).


